ilectroniX – Embedded Systems

What We Offer

we design and implement custom embedded systems tailored to your specific needs. From low-power microcontroller applications to real-time control systems, we provide complete solutions covering:

Strong expertise in firmware programming using C, C++, and Python
Embedded hardware interfacing (GPIO, UART, SPI, I2C, CAN, USB, etc.)
Power optimization and performance tuning
Custom board bring-up and peripheral driver development
Prototyping with STM32, ESP32, AVR, and other microcontrollers
Design and ordering of custom PCBs with KiCad
Design of intuitive, ergonomic, and visually appealing embedded UIs
Industrial automation solutions aligned with IEC 61131-3 standards
Real-time applications with or without RTOS
Complex tasks like bootloader development and secure firmware upgrade mechanisms
Development of OTA (Over-The-Air) updates for remote device management
Implementation of PID controllers for precision power regulation
Grid stabilization algorithm design for dynamic power balancing
Device driver development and custom protocol implementation
Battery management applications and energy optimization
Integration of LoRa (master/slave topology) for long-range communication
LoRa, GSM, BLE, and Wi-Fi enabled code for IoT applications
High expertise in integrating electronic sensors such as radar, fire, motion, and environmental sensors
Maintenance and troubleshooting of electronic systems
Hands-on experience in lab testing and industrial system production
Test and production

Use Cases

Monitoring System

Real-time data acquisition from devices in field (Zambia, Cameroon...).

IoT Prototypes

Rapid prototyping using Wi-Fi and BLE enabled microcontrollers for connected products.

PCB designing

Design of reliable and compact PCBs for power electronic system, from schematic to multi-layer board layout, including DRC/ERC checks and manufacturing files.

Final PCB Appearance

High-quality PCB manufacturing with professional finishing, showcasing attention to detail in silkscreen, solder mask, and component placement for optimal performance.